Thermo Electron Multiskan Ascent 96/384 Microplate Reader for Robotic and Automation in Plate Handling

Product Information

Ahoy fellow scientists! Venture into the world of sophisticated plate handling with the Thermo Multiskan Ascent 96/384 Microplate Reader. This high-quality optical system ensures excellent reproducibility, accuracy, and reliable results with a linear range up to an outstanding 4 Abs. units for 96-well plates and 3 Abs. units for 384-well plates. Rapid measurements are the name of the game, with only 9 seconds to measure a 96-well plate and 20 seconds for a 384-well plate. Its easy and flexible integration with robotic systems results in increased throughput in photometric reading. Its recent validation study showed excellent consistency, low intraplate variation, and no bias in the IC50. This incredible machine is designed for high-throughput environments and can increase walk-away reading capacity to 20 or 80 microplates.

• Superior optical system for excellent reproducibility and accuracy
• Linear range up to 4 Abs. units for 96-well plates
• Linear range up to 3 Abs. units for 384-well plates
• Exceptionally fast measurements - 9 seconds for 96-well plate and 20 seconds for 384-well plate
• Easy and flexible robot integration for increased throughput
• Designed for high-throughput environments, increasing walk-away reading capacity to 20 or 80 microplates

• Optical Performance: Excellent reproducibility, accuracy, and reliability with linear range up to 4 Abs. units for 96-well plates and 3 Abs. units for 384-well plates
• Throughput: Rapid measurements with only 9 seconds for a 96-well plate and 20 seconds for a 384-well plate, designed for high-throughput environments, increasing walk-away reading capacity to 20 or 80 microplates

Metric: 36.0024 kg
Imperial: 79.36632 lbs

Metric: 50 cm x 36 cm x 20 cm
Imperial: 19.68505 in x 14.173236 in x 7.87402 in

9018198000

The harmonized code 9018198000 is used due to the specific designation for machines and appliances for testing the hardness, strength, compressibility, elasticity, or other properties of materials.